THE METHANE HYDRATE RESOURCE, AS A GEOPOLITICAL AND ENERGY ELEMENT FOR CHILE

Main Article Content

Abstract

This article argues that the so-called “methane hydrates” will be a particularly relevant element for the future Chilean geopolitical and energy scenario. In this regard, it should be pointed out that it is little known in Chile that there are huge reserves of this resource on the ocean floor in our territory, ranging from the Valparaíso area to Patagonia.


However, for the extraction and conversion of these hydrates into natural gas, there are still some environmental and operational cost challenges. Although there are already cases of successful large-scale exploitation (for example, China and Japan). Consequently, we propose the inclusion of “Methane Hydrates” as a strategic resource in national energy planning. From this point of view, it is estimated that this resource can provide a safe and clean alternative –by applying clear environmental regulations and efficient technology– to supply the domestic market. And why not, also for supplying the foreign market in view of the enormous order of magnitude of reserves.


In sum, the main objective of this work will be to review –in view of the national geopolitical framework– the possible contribution of this element to Chile’s strategic energy planning. And, according to this, we will establish some advantages and challenges that this would entail.   


Article Details




Juan Ignacio Ipinza Mayor
Cedomir Marangunic Damianovic
Ipinza Mayor, J. I., & Marangunic Damianovic, C. (2023). THE METHANE HYDRATE RESOURCE, AS A GEOPOLITICAL AND ENERGY ELEMENT FOR CHILE. Cuaderno De Trabajo, (7), 1-13. Retrieved from https://www.publicacionesanepe.cl/index.php/cdt/article/view/1025

Downloads

Download data is not yet available.

References

ANDERSON, Richard. Hidrato de metano, la energía oculta en el hielo. BBC. 2014. En web: https://www.bbc.com/mundo/noticias/2014/04/140421_ciencia_verde_hidratos_metano_energia_hidrocarburos_np#:~:text=Se%20forman%20por%20una%20combinaci%C3%B3n,USGS%2C%20por%20sus%20siglas%20en, (Consultada al día 17-12-2022).
CORDERO, Ivan Vargas, Giustiniani, Michela, Tinivella, Umberta, Villar-Muñoz, Lucia y Alessandrini, Giulia. Gas Hydrate System Offshore Chile. En revista Energies, 2021, 14, 709, pp. 1-13.
CRONISTA / Argentina. 2017. China logra producción histórica de gas natural a partir de hidrato de metano. En web: https://www.eleconomista.com.mx/empresas/China-logra-produccion-historica-de-gas-natural-a-partir-de-hidrato-de-metano-20170731-0139.html. (Consultada al día 26-12-2022).
EL MOSTRADOR. Geólogos revelan que en Chile se esconde la mayor reserva de hielo combustible del mundo. 2018. En web: https://www.elmostrador.cl/cultura/2018/07/06/geologos-revelan-que-en-chile-se-esconde-la-mayor-reserva-de-hielo-combustible-del-mundo (Consultada al día 13-12-2022).
HIDEO, Narita. Estado de la explotación del hidrato de metano. 2012. En web: https://www.nippon.com/es/currents/d00028/#:~:text=La%20capa%20de%20hidrato%20de%20metano%20que%20se%20est%C3%A1%20tratando,se%20plantea%20el%20mismo%20objetivo. (Consultada al día 26-12-2022).
JONES Cleveland, DOURADO, José y FERNADES, Hernan. Gas Hydrates and Microbiological Processes. En Search and Discovery. 2010, pp. 1-32.
MARSHALL, Patricio; Un Potencial Recurso de la Plataforma Continental Argentina Los Hidratos de Metano. En Revista Petrotecnia, Diciembre, 2002, pp. 72-76.
Una Oportunidad bajo el Mar, (30-05-2004): https://www.conicyt.cl/fondef/2004/05/30/una-oportunidad-bajo-el-mar/ (Consultada al día 24-12-2022).
VILLAR-MUÑOZ, Lucía, BENTO, Joaquim, KLAESCHEN, Dirk , TINIVELLA, Umberta, DE LA CRUZ Vargas-Cordero, Iván, BEHRMANN, Jan. A first estimation of gas hydrates offshore Patagonia (Chile). En: Revista Marine and Petroleum Geology, 2018, pp. 1-30.
VILLAR-MUÑOZ, Lucía, DE LA CRUZ Vargas-Cordero, Iván, BENTO, Joaquim, TINIVELLA, Umberta, FERNANDOY, Francisco, GIUSTINIANI, Michela, BEHRMANN, Jan H. y CALDERÓN-
DÍAZ, Sergio. Gas Hydrate Estimate in an Area of Deformation and High Heat Flow at the Chile Triple Junction. En: Revista Geosciences, 2019, 9, 28, pp. 1-15.